Net Optics Slim Tap TP-SR3-LCSLM - tap splitter - 10 Gigabit Ethernet
Mfg # TP-SR3-LCSLM
CDW # 3761030
| UNSPSC 43222602
Know your gear
Get total traf?c visibility for monitoring and security devices by placing Net Optics 10 gigabit slim taps on critical network links. The new slim pro?le of the 10 gigabit slim tap saves rack space - install up to eight taps in a one rack unit panel. The all-optical design of the 10 gigabit slim tap is optimized and tested for high-performance on 10 gigabit ?ber networks. Available for both singlemode and multimode ?ber, 10 gigabit slim taps support passive monitoring of gigabit links at speeds at 10,000 Mbps.
Requiring no power, the 10 gigabit slim taps maintain permanent passive access ports without introducing a point of failure or disturbing other network connections. These passive taps deliver full-duplex monitoring with zero impact on network traf?c around the clock.
Full-duplex monitoring is a snap with a custom monitoring cable that sends each side of the signal to a separate NIC on the monitoring device. Custom monitoring cables send each side of the network link to a separate NIC on the monitoring tool.
Without an IP address, monitoring devices are isolated from the network, dramatically reducing their exposure to attacks. However, the monitoring device connected to the tap still sees all full-duplex traf?c as if it were in-line, including Layer 1 and Layer 2 errors.
Requiring no power, the 10 gigabit slim taps maintain permanent passive access ports without introducing a point of failure or disturbing other network connections. These passive taps deliver full-duplex monitoring with zero impact on network traf?c around the clock.
Full-duplex monitoring is a snap with a custom monitoring cable that sends each side of the signal to a separate NIC on the monitoring device. Custom monitoring cables send each side of the network link to a separate NIC on the monitoring tool.
Without an IP address, monitoring devices are isolated from the network, dramatically reducing their exposure to attacks. However, the monitoring device connected to the tap still sees all full-duplex traf?c as if it were in-line, including Layer 1 and Layer 2 errors.